Code from McEvoy et al. (2022) Nature Communications
This repository contains the following files:
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A MATLAB (last tested on ver 2020b) file to simulate remodeling of a tri-cellular junction: "Nat_comms_vertex.m"
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A COMSOL Multiphysics (last tested on ver5.4a) finite element model to support supplementary analytical model of tri-cell junction stress: "Vertex_FE.mph"
- All files and software were tested in Windows 10. ** Code commented within "Nat_comms_vertex.m" for detailed explanation of analysis.
Matlab code demo:
- Install MATLAB (https://www.mathworks.com/products/matlab.html). The installation usually takes approximately 1 hour.
- Open "Nat_comms_vertex.m" and click "Run".
- New windows will then open with the simulated results
Note: This file is configured to reproduce simulated junction dynamics at cell vertices [Figure 4]. All other results may be reproduced my modifying parameters, as outlined in the manuscript.
COMSOL simulation demo:
- Install COMSOL Multiphysics (https://www.comsol.com/). The installation usually takes approximately 1.5 hours.
- Open "Vertex_FE.mph".
- Navigate to "Settings" [middle panel] and click on "Compute".
- Model may be used to obtain FEM reults within Figure S2.
- To ensure accurate reproduction of results we recommend you reopen the unedited files provided before modifying parameters and settings.
- The demos may take 10 minutes to run depending on the machine.
For any questions regarding these files, please contact Eoin McEvoy ([email protected]).